LTE Band 26 (814 to 824MHz) Test Report: Radiated Power & Stability

Annex A.10 LTE Band 26 814-824MHz

This document presents a detailed test report concerning the Effective (Isotropic) Radiated Power (EIRP) output and frequency stability of equipment operating within the LTE Band 26 (814 to 824MHz) spectrum. The report, identified by number PD20250027-R3A, includes comprehensive data on various bandwidth configurations, modulation schemes (QPSK, 16QAM), and channel settings. The primary objective is to assess compliance with regulatory limits for radiated power and frequency drift under varying voltage and temperature conditions.

The testing methodology encompasses measurements of EIRP across different Resource Block (RB) configurations to ensure optimal performance within specified limits. Frequency stability is evaluated by monitoring frequency deviations under controlled temperature and voltage variations. The results presented herein provide a thorough analysis of the equipment's performance characteristics, confirming adherence to established standards and regulatory requirements for LTE Band 26 operation.


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tags: ["LTE Band 26", "814-824MHz", "PD20250027-R3A", "LTE", "Band 26", "Frequency Stability", "Radiated Power", "Bandwidth"]
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    [title] => LTE Band 26 (814 to 824MHz) Test Report: Radiated Power & Stability
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This document presents a detailed test report concerning the Effective (Isotropic) Radiated Power (EIRP) output and frequency stability of equipment operating within the LTE Band 26 (814 to 824MHz) spectrum. The report, identified by number PD20250027-R3A, includes comprehensive data on various bandwidth configurations, modulation schemes (QPSK, 16QAM), and channel settings. The primary objective is to assess compliance with regulatory limits for radiated power and frequency drift under varying voltage and temperature conditions.

The testing methodology encompasses measurements of EIRP across different Resource Block (RB) configurations to ensure optimal performance within specified limits. Frequency stability is evaluated by monitoring frequency deviations under controlled temperature and voltage variations. The results presented herein provide a thorough analysis of the equipment's performance characteristics, confirming adherence to established standards and regulatory requirements for LTE Band 26 operation.

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